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The Drosophila tyramine beta-hydroxylase gene is required for ethanol tolerance. [PDF]
Sci RepRuppert M +6 more
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Intravenous oncolytic vaccinia expressing transgenes for enhanced safety, inhibition of shedding, imaging, and systemic cancer immunotherapy. [PDF]
Mol Ther OncolMaruri-Avidal L +3 more
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Protocol for mapping insertion sites of Tol2 transgenes in zebrafish using TransTag. [PDF]
STAR ProtocWei X +4 more
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Enhancement of therapeutic transgene insertion for treatment of murine phenylketonuria. [PDF]
Mol Ther Nucleic AcidsMartinez MA +6 more
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Trends in Biotechnology, 1990
A range of transgenic animal species have been generated using DNA microinjection, and application of this technique to fish is now showing some degree of success. Studies to optimize microinjection techniques specifically for use with fish, and to investigate possible alternative methods for mass culture, should lead to the commercial production of ...
T T, Chen, D A, Powers
openaire +2 more sources
A range of transgenic animal species have been generated using DNA microinjection, and application of this technique to fish is now showing some degree of success. Studies to optimize microinjection techniques specifically for use with fish, and to investigate possible alternative methods for mass culture, should lead to the commercial production of ...
T T, Chen, D A, Powers
openaire +2 more sources
International Journal of Biochemistry, 1994
1. Although many human therapeutic proteins are currently produced in microbial fermentors using recombinant DNA techniques, it is obvious that microbial processing is not suitable for a large number of bioactive proteins owing to the inability of bacteria to carry out postsynthetic modification reactions required for full biological activity. 2.
J, Jänne +6 more
openaire +2 more sources
1. Although many human therapeutic proteins are currently produced in microbial fermentors using recombinant DNA techniques, it is obvious that microbial processing is not suitable for a large number of bioactive proteins owing to the inability of bacteria to carry out postsynthetic modification reactions required for full biological activity. 2.
J, Jänne +6 more
openaire +2 more sources